Les données recueillies dans ce travail relatives au sujet
sain doivent maintenant être confrontées aux différentes
pathologies rencontrées de façon à pouvoir juger de leur
pertinence en routine clinique .
(1) Astrom C. Trojaborg W. Relationship of Age to Power Spectrum
Analysis of EEG During Sleep (1992). Journal of Clinical Neurophysiology
9(3):424-430
(2) Borbely AA. A two process model of sleep regulation. Hum
Neurobiol (1982) 1:195-204
(3) Carskadon Mary A., Dement William C., Mitler Merrill M.,
Roth Thomas, Westbrook Philip R., Keenan Sharon (1986) Guidelines for the
Multiple Sleep Latency Test (MSLT) : A Standard Measure of Sleepiness :
Sleep 9 (4) : 519 - 524
(4) Cugy D., Paty J. (1995) Indice de vigilance
élaboré à partir de l'EEG quantifié au cours de
tests itératifs d'endormissement. Actes du Congrès de la
Société Française de recherche sur le sommeil
pp.26-1
(5) Dumermuth G., Waltz W., Scollo-Lavizzari G., Kleiner B.
(1972) Spectral Analysis of EEG Activity in Different Sleep Stages in Normal
Adults: Europ. Neurol. 7:265-296
(6) Goldenberg F., Weil J.S., Von Fenckell R. (1988) Utilisation
du rapport des puissances spectrales theta/alpha comme indice de vigilance :
applications en pharmacologie lors de tests itératifs d'endormissement.
Neurophysiol. clin., 18 (1988) 433-445
(7) Goldenberg F.(1986) Mise au point d'un indice EEG de
vigilance diurne. Application aux essais pharmacologiques : Rev . EEG
Neurrophysiol. clin., 16 (1986) 39-48
(8) Hirofumi Hagino, Young-do Kim, Hiroyuki Tachibana, Masayoshi
Kurachi, Christian Guilleminault, and Yasuko Kamikawa (1994) EEG power spectra
as an indicator of sleepiness in normal young adults : Sleep Research
23(1994) 442
(9) Jobert M., Schultz H., Jähnig P., Tismer C., Bes F. and
Escola H. (1994) A Computerized Method for Detecting Episodes of Wakefulness
During Sleep Based on the Alpha Slow-Wave Index (ASI) : Sleep 17(1) :
37-46
(10) Kim Y., Kurachi M., Horita M., Matsuura K., Kamikawa Y.
Agreement of visual scoring of sleep stages among many laboratories in Japan :
effect of supplementary definition of slow wave on scoring of slow wave sleep.
(1993). Jpn J Psychiatry Neurol Vol 47 (1):917
(11) Masya Takahashi, Heihachiro Arito (1994) Suppression of
electroencephalogram Äpower density during non-rapid eye movement sleep as
a result of prolonged cognitive task prior to sleep onset : Eur J Appl
Physiol (1994) 68:274-280
(12) Mathieu M., Bernard J.L., Poupard L., Amiel H., Lellouche
N.,Sartène R. (1994) Caractérisation des états
neuro-cardio-respiratoire lors du sommeil de l'homme normal. Actes du
Congrès de la Société Française de recherche sur le
sommeil pp.31-1
(13) M. Matejcek Vigilance and the EEG. In : Herrmann WM, ed.
Electroencephalography in drug research. Stuttgart, New York : Gustav
Fischer Verlag, 1982.
(14) Matousek M. & Petersen I. (1979) Automatic measurement
on the vigilance level and its possible application in pssychopharmacology.
Pharmacopsychiat.Neuro-Psychopharmakol. 12, 148-154.
(15) Neckelmann D., Olsen OE., Fagerland S., Ursin R. (1994)
The reliability and functional validity of visual and semiautomatic sleep/wake
scoring in the Moll-Wista rat.
(16) Pan Weixing, Zhang Lufen, Xia Yong (1994) The difference
in EEG theta waves between
concentrative and non-concentrative QIGONG states - A power
spectrum and topographic mapping study : Journal of traditional chinese
medecine 14 (3) : 212-218,1994
